Efficiency and power optimization of plasma display panel bysimulation

机译：等离子显示屏的效率和功率优化模拟

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Summary form only given. The remaining issues of the currentPlasma Display Panel (PDP) research are efficiency enhancement and powerreduction. For this purpose we use 2-D fluid, kinetic, and hybridsimulations, which reproduce the Paschen breakdown curve and thesecondary electron emission coefficient. We examine various geometries,gas compositions, and material properties to optimize the powerconsumption distribution and the light emission efficiency. For example,the efficiency can be enhanced by varying the front dielectric shape togenerate more Xe excited states or by increasing the rear dielectricconstant to modify the plasma distribution in the cell. Pulse shapevariation can also affect the PDP cell properties. A proper pulseshaping can reduce the power consumption inside the cell. The electronsremain longer because of the weakened electric field to produce moreexcited Xe, which increases the overall light efficiency,

机译：仅提供摘要表格。当前剩余的问题等离子显示面板（PDP）研究提高了效率和功率减少。为此，我们使用二维流体，动力学和混合动力模拟，再现Paschen击穿曲线和二次电子发射系数。我们研究了各种几何形状气体成分和材料特性以优化功率消耗分布和发光效率。例如，通过改变正面电介质的形状可以提高效率产生更多的Xe激发态或通过增加后部电介质常数以改变细胞中的血浆分布。脉冲形状变化也会影响PDP单元的性能。适当的脉搏整形可以减少电池内部的功耗。电子由于电场减弱而保持更长的时间以产生更多激发的Xe，可提高整体光效率，

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《International symposium on System synthesis》||p.126|共1页
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Lee J.K.; Hur M.S.; Kim H.C.; Shon C.H.;
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1. Novel Low-Power DC-DC Converter Using High-Efficiency Charge Pump Circuits for Flat Panel Displays [J] . Hong Jae Shin, Kae Dal Kwack, Tae Whan Kim Japanese Journal of Applied Physics. Part 1, Regular Papers, Brief Communications & Review Papers . 2005,第12期

机译：使用高效电荷泵电路的新型低功耗DC-DC转换器，用于平板显示器
2. The Effect of Cell Geometry and Plasma Loss on the Luminous Efficiency in ac Plasma Display Panel [J] . Ki-Woong Whang, Hyun Sook Bae, Kyoung Hoon Lee, SID International Symposium: Digest of Technology Papers . 2005,第2期

机译：交流电等离子显示面板中的细胞几何形状和等离子损失对发光效率的影响
3. Voltage Margin and Luminous Efficiency by Changing Positive and Negative Sustain Voltage in AC Plasma Display Panel [J] . Kim Joon-Yub, Park Choon-Sang, Tae Heung-Sik, Molecular crystals and liquid crystals . 2018,第期

机译：通过在AC等离子显示面板中改变正负维持电压来电压裕度和发光效率
4. Optimization of three-component gas Ne-Xe-Kr for high efficiency plasma display panel [C] . Tae-Won Kim, Soon-Up Kwon, Ho-Jung Hwang . 2003

机译：高效等离子体显示板的三组分气体Ne-Xe-Kr的优化
5. Fundamental study of recycling plasma display panels. [D] . Manganello, Mark. 2015

机译：回收等离子显示面板的基础研究。
6. High Three-Dimensional Detection Accuracy in Piezoelectric-Based Touch Panel in Interactive Displays by Optimized Artificial Neural Networks [O] . Shuo Gao, Yanning Dai, Vasileios Kitsos, 2019

机译：优化的人工神经网络在交互式显示器中基于压电的触摸屏中的高三维检测精度
7. P-58: Optimization of the Luminous Efficiency of Plasma Display Panels Using Numerical Modeling [O] . Georgios Veronis, Umran S. Inan 2014

机译：p-58：利用数值模拟优化等离子体显示板的发光效率
8. Research on Display Data Integration in Systems which use Flat AC Plasma Panel Displays with Inherent Memory. [R] . Johnson, R. L., Slottow, H. G., Weber, L. F., 1975

机译：使用具有固有存储器的平板交流等离子面板显示器的系统中显示数据集成的研究。

Efficiency and power optimization of plasma display panel bysimulation

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